Condensing a vapor produces electrical energy

Abstract

Electrical energy is produced by condensing a vapor back to a liquid. The liquid is either aqueous or a low boiling hydrocarbon. A closed loop or an inverted “U” tube configuration yields similar electrical results. In the closed loop configuration, once a media is sealed therein, it lasts indefinitely. Feeding electrode is in the vapor phase and the collecting electrode is where the vapor is condensed back to a liquid thus yielding its electrical energy. Either configuration becomes auto-genetic when a vapor is present and is silent in operation.

I claim:  
     
         1 . Electrical energy is generated by the condensing of vapors of both aqueous or low boiling hydrocarbons rich in electrons in a closed loop system, which provide a means of producing a vapor to be then condensed back to a liquid again, thus a non consuming liquid; the vapors passing through a feeding electrode gaining electrical energy that is yielded on a collecting electrode as the vapor is condensed back to a liquid, thus making a continuous supply of D.C. electrical energy that is silent in operation.  
     
     
         2 . Any available heat source such as solar heating or waste heat can be utilized by adapting to an inverted “U” tube configuration using vertical tubes or legs of sufficient length to act as seals for reducing pressure operation and a movable feeding electrode for maximum electrical generation at the collecting electrode where the vapor is condensed.  
     
     
         3 . All systems become autogenetic when vapors are produced.